CN205645559U

CN205645559U - Film capacitor check out test set

Info

Publication number: CN205645559U
Application number: CN201620227337.0U
Authority: CN
Inventors: 王勇
Original assignee: Dongguan Qiantai Electronic Technology Co Ltd
Current assignee: Dongguan Qiantai Electronic Technology Co Ltd
Priority date: 2016-03-22
Filing date: 2016-03-22
Publication date: 2016-10-12
Anticipated expiration: 2026-03-22

Abstract

The utility model provides a film capacitor check out test set, including feeding mechanism, feeding translation mechanism, master test frame, pin cutter structure, capacitance measurement anchor clamps line and packagine machine structure, it is cyclic annular that capacitance measurement anchor clamps line is the confined, capacitance measurement anchor clamps line set up a plurality of capacitance measurement anchor clamps, feeding translation mechanism include press from both sides in the translation with the feeding double -layered down, the translation on press from both sides that the foot feeding is pressed from both sides including dividing, the integer feeding is pressed from both sides, harmfully descend feed collet and test feeding clamp, the feeding press from both sides down remove the guiding groove about including, divide the foot stool, integer seat and test seat, the translation on folder bottom portion be equipped with bellied track, press from both sides down with the feeding and remove the guiding groove about and cooperate, relative feeding is removed about pressing from both sides down. This novel pin separation with the film capacitor, plastic, cuting and counting a plurality of parts of packing and combine in an organic whole, the structure setting of board is more compact reasonable, becomes the automation to artificial sorting link high efficiency simultaneously, has practiced thrift user's place, manual work.

Description

A kind of thin-film capacitor detection equipment

Technical field

This utility model relates to producing apparatus field, is related specifically to a kind of equipment for electric capacity production test.

Background technology

Electric capacity all has two pins, and for general thin-film capacitor, its pin is longer, enters at needs Artificial being opened by pin is needed to use during row circuit test again, and after opening, it is also desirable to artificial to pin Arranging, to facilitate pin to mate with two polarities of electrode respectively, this just cannot be effectively improved test, packaging The speed arranged.Simultaneously during some, capacitor pin inevitably bends excessive or bending Inconsistent situation, this also considerably increases the workload that workpeople is loaded down with trivial details, also takies bigger plant area.

Utility model content

The technical problems to be solved in the utility model is to provide one can carry out pin arrangement, survey to electric capacity automatically Examination and the equipment cut off.

It is achieved through the following technical solutions above-mentioned purpose:

A kind of thin-film capacitor detection equipment, including feed mechanism, charging translation mechanism, master test frame, cutting Mechanism, capacity measurement fixture line and package mechanism, capacity measurement fixture line is ring-type, the described electricity closed Hold test fixture line and multiple capacity measurement fixture, described charging translation mechanism, master test frame and cutting are set Mechanism lays respectively at the side of capacity measurement fixture line；Described charging translation mechanism includes translating and presss from both sides and enter The lower folder of material, in described translation folder include a point foot charging folder, integer charging press from both sides, bad lower feed collet and test into Feed collet, described point foot feeds folder, integer charging folder, test feed folder and bad lower feed collet and is sequentially placed, And be located along the same line；Under described charging folder include moving left and right guiding groove, point runners, integer seat and Test bench, described point runners, integer seat and test bench are sequentially placed, and are located along the same line；Described The upper folder of translation bottom be provided with the track of projection, the guiding groove that moves left and right of folder lower with charging matches, relatively The lower folder of charging moves left and right.

Further describing as to above-mentioned a kind of thin-film capacitor detection equipment, under described charging, folder also includes One bad blanking seat, bad blanking seat is located along the same line with described point runners, integer seat and test bench.

Further describe as to above-mentioned a kind of thin-film capacitor detection equipment, also include feeding guidance unit, Described charging guidance unit is positioned at a point foot charging folder front, and is positioned in same level with a point foot charging folder.

Further describe as to above-mentioned a kind of thin-film capacitor detection equipment, described integer seat, test bench It is two block structures being separated from each other clamping with bad blanking seat.

Further describe, under described cutting mechanism includes as to above-mentioned a kind of thin-film capacitor detection equipment Pressure limited block, cutting knife, cutting folder and extracting jaw, described cutting knife is positioned at the underface of cutting folder, and described takes Feed collet is moved horizontally above along cutting folder by air cylinder driven.

The beneficial effects of the utility model are: by the detection in thin-film capacitor production process, pin separate, whole Shape, cut foot, to melt be a machine to packaging multistage technology, the structure of board arranges more compact and reasonable, simultaneously Artificial sorting link is efficiently become automatization, decreases the waste in production process, saved user Place, the production cost such as artificial.

Accompanying drawing explanation

Fig. 1 is the overall structure schematic diagram that this is novel；

Fig. 2 is the structural representation of the upper folder of translation；

Fig. 3 is the structural representation of the lower folder of charging；

Fig. 4 is the structural representation of cutting mechanism.

Detailed description of the invention

Below in conjunction with accompanying drawing, this utility model is further described:

The direction term being previously mentioned in following example, such as " upper and lower, left and right " are only with reference to accompanying drawing Direction, therefore, the direction term of use is used to illustrate not for limiting this utility model.

As Figure 1-4, a kind of thin-film capacitor detection equipment, including feed mechanism 1, charging translation mechanism 2, Master test frame 3, cutting mechanism 4, capacity measurement fixture line 6 and package mechanism 5, capacity measurement fixture line is That closes is ring-type, and described capacity measurement fixture line 6 arranges multiple capacity measurement fixture, and described charging is put down Moving mechanism 2, master test frame 3 and cutting mechanism 4 lay respectively at the side of capacity measurement fixture line 6；Described Charging translation mechanism 2 includes translating folder and the lower folder of charging, in described translation folder include point foot feed a folder 21, Integer charging folder 22, bad lower feed collet 23 and test feed folder 24, described point foot charging folder 21, integer Charging folder 22, test feed folder 24 and bad lower feed collet 23 are sequentially placed, and are located along the same line；Institute Under the charging stated, folder includes moving left and right guiding groove 25, point runners 26, integer seat 27 and test bench 28, institute Point runners 26, integer seat 27 and the test bench 28 stated are sequentially placed, and are located along the same line；Described Being provided with the track of projection in translation bottom folder, the guiding groove 25 that moves left and right of folder lower with charging matches, relatively The lower folder of charging moves left and right.

Further describing as to above-mentioned a kind of thin-film capacitor detection equipment, under described charging, folder also includes One bad blanking seat 29, bad blanking seat 29 and described point runners 26, integer seat 27 and test bench 28 It is located along the same line, and is positioned at next station of test bench 28, when test judges bad, will be by bad Material is classified by blanking seat.

Further describe as to above-mentioned a kind of thin-film capacitor detection equipment, also include feeding guidance unit 7, Described charging guidance unit is positioned at point foot charging folder 21 fronts, and is positioned at same water with a point foot charging folder 21 In plane.Before entering point foot charging folder 21, the position of clamping can be made more to be as the criterion by charging guidance unit 3 Really.

Further describe as to above-mentioned a kind of thin-film capacitor detection equipment, described integer seat 27, test Seat 28 and bad blanking seat 29 are two block structures being separated from each other clamping.

Further describing as to above-mentioned a kind of thin-film capacitor detection equipment, described cutting mechanism 4 includes Lower pressure limited block 41, cutting knife 42, cutting folder 43 and extracting jaw 44, described cutting knife 42 is positioned at cutting folder 43 Underface, described extracting jaw 44 is driven by cylinder 45 and moves horizontally above along cutting folder 43.

Further describing as to above-mentioned a kind of thin-film capacitor detection equipment, a described point runners 26 is biphase The foot separation block of clamping mutually, the middle part of a foot separation block is the " V " shape piecemeal of an outwardly convex, another foot separation block Middle part is the depression piecemeal of corresponding " V " shape Partitional form.Electric capacity two can be inserted directly into by this " V " shape piecemeal Between pin gap, by the merging of two foot separation blocks, electric capacity two pins also with " V " shape piecemeal edge and by Gradually separate, reach to separate purpose.

The main flow of this equipment is as follows:

By the vibrating disk feeding of feed mechanism 1, charging translation mechanism 2 feed product is divided foot, whole foot with Ensure that product does not damages, subsequently into main test fixture.

After entering master test frame, ensured between capacitor pin and charging clamp by special electric capacity test fixture The most conductance, reduce erroneous judgement, improve yields.

Entering cutting mechanism by the non-defective unit of test and carry out the cutting of pin according to demand, non-defective unit subsequently enters bag Setting the packing box of quantity in mounting mechanism, the every single of box is filled and can automatically be turned on when arranging quantity, sylphon Son the most automatically turns over and connects, it is achieved that automatic precision counts on schedule, reduces artificial erroneous judgement.

The technical scope that this is novel is not imposed any restrictions by the above, all real according to this utility model technology Any amendment, equivalent variations and the modification that above embodiment of verifying is made, all still falls within this novel technology In the range of scheme.

Claims

1. a thin-film capacitor detection equipment, including feed mechanism, charging translation mechanism, master test frame, cutter Structure, capacity measurement fixture line and package mechanism, capacity measurement fixture line is the ring-type of closing, and its feature exists In: described capacity measurement fixture line, multiple capacity measurement fixture is set, described charging translation mechanism, Master test frame and cutting mechanism lay respectively at the side of capacity measurement fixture line；Described charging translation mechanism Including translating upper folder and the lower folder of charging, in described translation folder include a point foot charging folder, integer charging press from both sides, Bad lower feed collet and test feed folder, described point of foot charging folder, integer charging folder, test feed folder and Bad lower feed collet is sequentially placed, and is located along the same line；Under described charging, folder includes moving left and right and draws Guide groove, point runners, integer seat and test bench, described point runners, integer seat and test bench be sequentially placed, And be located along the same line；The track of projection it is provided with, a left side for folder lower with charging bottom the upper folder of described translation Moving right guiding groove to match, the lower folder of charging relatively moves left and right.

A kind of thin-film capacitor detection equipment the most according to claim 1, it is characterised in that: under described charging Folder also includes that a bad blanking seat, bad blanking seat are positioned at described point runners, integer seat and test bench On same straight line.

A kind of thin-film capacitor detection equipment the most according to claim 1, it is characterised in that: also include that charging is drawn Leading unit, described charging guidance unit is positioned at a point foot charging folder front, and is positioned at same with a point foot charging folder On one horizontal plane.

A kind of thin-film capacitor detection equipment the most according to claim 2, it is characterised in that: described integer seat, Test bench and bad blanking seat are two block structures being separated from each other clamping.

A kind of thin-film capacitor detection equipment the most according to claim 1, it is characterised in that: described cutter Structure presses limited block, cutting knife, cutting folder and extracting jaw under including, described cutting knife is positioned at the underface of cutting folder, Described extracting jaw is moved horizontally above along cutting folder by air cylinder driven.